how many watts are those panels?
re.jrc.ec.europa.eu
I'll use 300watts... so 3kw if you install 10, 34' roof slope, 45' Azimuth(?) for exactly south west gives...
2942kwh produced over the year
if you stuck 10 panels on the other side too that side would generate 1942kwh over a year - but generation here will be mostly later in the day
hook them up to the same inverter, so you can easily limit output under 3.8kw (3.8kw and under local electric grid has to accept your install, any more and there's extra paperwork and possible extra cost)
or get an inverter which has ct clamps on your meter tails so it'll let you generate more than 3.8kw but it'll limit itself so it never exports more than 3.8kw (like when you're not home and everyhting is turned off)
I'm guessing you're going to get a solar dump type device (there's loads to pick from now) which will dump excess power into an immersion heater instead of exporting it to the grid?
JRC Photovoltaic Geographical Information System (PVGIS) - European Commission
Photovoltaic Geographical Information System (PVGIS)
I'll use 300watts... so 3kw if you install 10, 34' roof slope, 45' Azimuth(?) for exactly south west gives...
2942kwh produced over the year
if you stuck 10 panels on the other side too that side would generate 1942kwh over a year - but generation here will be mostly later in the day
hook them up to the same inverter, so you can easily limit output under 3.8kw (3.8kw and under local electric grid has to accept your install, any more and there's extra paperwork and possible extra cost)
or get an inverter which has ct clamps on your meter tails so it'll let you generate more than 3.8kw but it'll limit itself so it never exports more than 3.8kw (like when you're not home and everyhting is turned off)
I'm guessing you're going to get a solar dump type device (there's loads to pick from now) which will dump excess power into an immersion heater instead of exporting it to the grid?